Manufacturing Engineering Program
Manufacturing Engineers create, improve and advance
product and service design, development and distribution that stimulate innovation
and foster the country manufacturing competitiveness. Manufacturing Engineering prepares students to have
careers in Micro-electromechanical
systems, Telecommunications,
Nano-electronics,
Fuel
cells, Green
manufacturing, and Service-system
supply chains.
As few examples, manufacturing engineers pioneered the
sensor in your car’s air bag, the print head in your inkjet printer, and the
optical switch that routes your phone calls. They work on manufacturing for
mini jet engines, advanced telescopes, artificial inner ears,
microprocessors, and green manufacturing.
Curriculum
A credit-hour system with 180 credit hours which can be
completed in 9-10 terms leading to a BSc Degree. The 180 credit hours are divided into the following:
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1. University Requirements - Humanity courses
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18 credit hours
|
|
2. College Requirements:
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|
|
Basic
Science Course
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30 credit hours
|
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Basic
Engineering Science Courses
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15 credit hours
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3. Program Requirements:
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|
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Compulsory
Courses
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105 credit hours
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Technical
Elective Courses
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12 credit hours
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Total:
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180 credit hours
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1. University Requirements -
Humanity courses
Six General Education Elective
Courses (HUMN) are selected from the following list, each course is 3 credit hours,
a total of 18 credit hours.
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Course Code
|
Course Name
|
Credits
|
|
HUMN
110
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English
Language
|
3
|
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HUMN
120
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Technical
Writing and Communication
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3
|
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HUMN
240
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Engineering
Economics
|
3
|
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HUMN
360
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Engineering
Law
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3
|
|
HUMN
361
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Introduction
to Marketing
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3
|
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HUMN
362
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Engineering
Management
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3
|
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HUMN
363
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Health
and Wellness
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3
|
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HUMN
364
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Human
Resources Management
|
3
|
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HUMN
480
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Impact
of Technology on Society
|
3
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2. College Requirements
Basic Science Courses
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Course Code
|
Course Name
|
Credits
|
|
ECHM
110
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General
Chemistry for Engineering
|
3
|
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EPHS
110
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Engineering
Mechanics I-Statics
|
3
|
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EPHS
120
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Engineering
Mechanics II Dynamics
|
3
|
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EPHS
121
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Waves,
Electricity & Magnetic Fields
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3
|
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EMAT 110
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Calculus
for Engineering I
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3
|
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EMAT
120
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Calculus
for Engineering II
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3
|
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EMAT
121
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Linear
Algebra
|
3
|
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EMAT
230
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Calculus
for Engineering III
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3
|
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EMAT
231
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Differential
Equations & Partial Differential Equations
|
3
|
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EMAT
240
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Statistics
& Probability for Engineering
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3
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Total Credit Hours
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30
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Basic Engineering Courses
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Course Code
|
Course Name
|
Credits
|
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ENGR
110
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Engineering
Design & Graphics
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4
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ENGR
111
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Engineering
Profession; Practice & Responsibilities
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2
|
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ENGR
120
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Engineering
Computation
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3
|
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ENGR
230
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Structures
and Properties of Materials
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3
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ENGR
360
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Thermodynamics
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3
|
|
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Total Credit Hours
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15
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3. Program Requirements Courses
Compulsory Courses
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Course Code
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Course Name
|
Credits
|
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ENGR 231
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Fluid Mechanics I
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3
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ENGR 350
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Fluid Mechanics II
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3
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MANF 230
MANF 231
MANF 240
MANF 241
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Mech. Eng. Design Elements
Eng. Mechanics III
Mechanical Engineering Design I
Mech. Eng. Measurements
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3
3
3
3
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MANF 242
MANF 243
MANF 350
MANF 352
MANF 353
EMAT 351
MANF 360
MANF 361
MANF 363
MANF 470
MANF 471
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Manufacturing Engineering
Mech. Behavior of Materials
Composite Lab I
Electrical Circuits & Power
Mechanical Engineering Design II
Modeling & Numerical Solutions
Electronics & Instrumentation
Industrial Design
Finite Elements Application
Manufacturing Processes Metal Removal
Numerical Control Machines
|
3
3
3
3
3
3
3
3
3
3
3
|
|
MANF 473
MANF 474
MANF 475
MANF 476
MANF 480
MANF 481
MANF 482
MANF 483
MANF 489
MANF 590
MANF 592
MANF 593
MANF 594
MANF 595
MANF 596
MANF 597
MANF 599
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Mechanical Vibrations
Thermodynamics II
Heat Transfer
Manufacturing Process Metal Forming
Production Facilities
Control Systems
Introduction to Robotics Mechanics
Composite Lab II
Senior Seminar
Material Fabrication
Properties & Processing of Composites
Mechatronics
Noise Analysis & Control
Polymer Processing
Computer Aided Manufacturing
Industrial Organization
Senior Project I & 2 ( 2 terms)
|
3
3
3
3
3
3
3
3
2
3
3
3
3
3
3
4
3x2=6
|
|
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Total Credit Hours
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105
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Technical Elective Courses
Four Technical
Elective Courses (MANF ---) from the list of courses, each course is 3 credit
hours, a total of 12 credit hours.
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Course Code
|
Course Name
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Credits
|
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MANF 472
MANF 484
MANF 485
MANF 486
MANF 487
MANF 488
MANF 490
MANF 491
MANF 591
MANF 598
MANF 600
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Quality Control
Quality Systems
Material and Process Selection
Work Study
Computer Applications in Industry
Reliability Engineering
Introduction to Mechatronics
System Modeling
Computer Aided Design
Operations Research
Ergonomics
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3
3
3
3
3
3
3
3
3
3
3
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